AMIDES

The amide anion is the conjugate base of ammonia, NH2-. It is an extremely strong base, due to the extreme weakness of ammonia as a Bronsted acid. Amides undergo many chemical reactions, usually through an attack on the carbonyl breaking the carbonyl double bond and forming a tetrahedral intermediate.

CODEPRODUCT NAMECAS NO.
B-0009A4-ACETAMIDOPHENOL 98% 103-90-2
B-00007ACETAMIDE 99% FOR SYNTHESIS60-35-5
B-00008ACETAMIDE AR60-35-5
B-00011ACETANILIDE 98.5% EXTRAPURE183-84-4
B-00012ACETANILIDE AR183-84-4
B-00023ACETOACETANILIDE 98% FOR SYNTHESIS 102-01-2
B-00368BENZAMIDE 98% FOR SYNTHESIS55-21-0
B-00369BENZANILIDE (FOR SYNTHESIS)93-98-1
B- 00904CYANOACETAMIDE 98% FOR SYNTHESIS107-91-5
B-01344HEXAMETHYLPHOSPHORIC ACID TRIAMIDE 98.5% (HMPA) 680-31-9
B-01246FORMAMIDE 98% EXTRAPURE75-12-7
B-01247FORMAMIDE 99.5% AR75-12-7
B-00438FN,O-BIS-(TRIMETHYLSILYL) TRIFLUORO ACETAMIDE 98% (BSTFA)25561-30-2
B-01467N-IODOSUCCINIMIDE 97% FOR SYNTHESIS516-12-1
B-02727P-TOLUENE SULPHONAMIDE 98% FOR SYNTHESIS70-55-3
B-01923APARACETAMOL EXTRA PURE103-90-2
B-02277SALICYLAMIDE 99% PURE65-45-2
B-02339SODAMIDE 95% EXTRAPURE7782-92-5
B-02590SULPHANILAMIDE 99% AR63-74-1
B-02589SULPHANILAMIDE 99% EXTRAPURE63-74-1
B-02674THIOACETAMIDE 98.5% EXTRAPURE62-55-5
B-02675THIOACETAMIDE 99% AR62-55-5
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